Mechanical Anisotropy of Tropical Residual Soil provides an in-depth exploration of the directional dependence of mechanical properties in tropical residual soils, a critical factor influencing geotechnical behavior and engineering applications in tropical regions. The book begins by outlining the fundamental geotechnical properties unique to tropical residual soils, setting the stage for a focused investigation into their mechanical anisotropy. It presents a comprehensive experimental framework designed to analyze anisotropic behavior, emphasizing both shear strength and stiffness variations with direction. Sections explore the soil's response to principal stress rotation, highlighting how stress orientation affects soil performance and structural stability.The book further examines the origins of mechanical anisotropy, discussing the microstructural and geological factors that contribute to this phenomenon. Throughout, the book integrates experimental findings with theoretical insights to provide a holistic understanding of anisotropic characteristics. Concluding with a summary and future outlook, the work identifies gaps in current knowledge and suggests directions for further research, aiming to improve predictive models and practical design approaches for tropical residual soils. - Describes recent advances in tropical residual soil's anisotropy - Examines the multiscale anisotropy mechanism in-depth - Provides a detailed description of advanced laboratory tests for anisotropy research

Dr. Liu completed his Ph.D. at the University of Chinese Academy of Sciences, China. During his Ph.D. stage, Dr. Liu investigated the geotechnical behavior of granite residual soil comprehensively. He has extensive experience in laboratory and microscopic testing of residual soils. He has published widely in international journals including Géotechnique, Journal of Geotechnical and Geoenvironmental Engineering, and Canadian Geotechnical Journal. His Ph.D. thesis, titled "Inherent anisotropy of the mechanical properties of granite residual soil and the quantitative evaluation method, was awarded Excellent Ph.D. Dissertation of Chinese Academy of Sciences.Dr. Zhang obtained his BSc and PhD degrees from Jinlin University, China. Dr. Zhang became interested in residual soils 15 years ago. He specializes in performing interdisciplinary research on residual soil from the perspective of geology, soil science, and geomechanics. Dr. Zhang has extensive experience in laboratory and field testing and in-situ monitoring of residual soils. He has also developed several specialized laboratory testing apparatuses for residual soil. Dr. Zhang has published more than 100 research papers as the first or corresponding author and has been granted more than 20 research funds.